How can you determine the best QA framework for your CE project?

2 Choose your QA approach

The next step is to choose your QA approach, which is the overall strategy and methodology that you will use to plan, execute, monitor, and improve your QA activities. Your QA approach should be tailored to your project characteristics, such as its size, type, complexity, development process and lifecycle, team structure and skills, and tools and resources available. For example, Waterfall is a sequential and linear approach that follows a predefined set of phases and deliverables. This approach is suitable for projects with clear and stable requirements, low uncertainty, and high quality standards. Agile is an iterative and incremental approach that adapts to changing requirements, feedback, and priorities. This approach works best for projects with dynamic and complex requirements, high uncertainty, and fast delivery expectations. Finally, Hybrid is a combination of waterfall and agile approaches that balances their advantages and disadvantages according to the needs of each project. It is ideal for projects with mixed and variable requirements, moderate uncertainty, and flexible quality criteria.

3 Select your QA techniques

The third step is to select your QA techniques, which are the specific methods and practices that you will use to perform your QA activities. Your chosen techniques should match your QA goals, approach, and scope, and provide reliable and relevant information about the quality of your products. For example, functional testing is essential for verifying that the products meet the basic requirements and work as intended. Additionally, non-functional testing evaluates aspects of the products that affect the user experience and satisfaction. Automation testing with software tools and scripts can increase efficiency, accuracy, and coverage of the testing process. Manual testing with human testers is helpful for detecting complex or unexpected issues and defects of the products. All of these techniques are important for ensuring that the products meet the quality standards and expectations of customers and stakeholders.

4 Evaluate your QA results

The final step is to evaluate your QA results, which should reflect your QA goals, approach, and techniques. These outcomes and findings, such as test reports, defect logs, quality metrics, and feedback provide valuable and actionable insights for improving the quality of your products. For example, when it comes to CE projects, you might measure the quality level by indicators like defect density, defect severity, defect resolution, and customer satisfaction. Additionally, you can measure the quality improvement by indicators such as defect prevention, detection, removal, and trend. Lastly, you can measure the quality cost by indicators such as prevention cost, appraisal cost, internal failure cost, and external failure cost.

5 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?